Research on matter with brilliant light sources
BESSY II produces brilliant synchrotron light and is optimized for spectral ranges vacuum UV to soft X-rays. The instruments permit experiments at high-resolutions: spatially to 10 nanometers, temporally to 100 femtoseconds, and in the spectral range down to milli electron volts. All instruments and the accelerator systems are continually upgraded. Energy research has become an important focus.
Currently are 39 instruments in operation, including FEMTOSPEX, 1²/1³ ARPES, X-ray microscopy, RICXS, MX and EDDi beamline, S-PEEM, ARTOF in pseudo single bunch, THz-EPR.
Each year, approx. 5,200 hours of user operations, 2,500 measuring guests, and 400 publications. Helmholtz programmes using BESSY II: MML, EMR, FIT, as well as for various cross-programme activities.
By 2015, the Energy Materials In-situ Laboratory (EMIL) at BESSY II will start operation; with BESSY-VSR, a concept for a "variable pulse length storage ring" will be developed (in operation by 2020, planned), and bERLinPro a feasibility study for "Energy Recovery Linac" will give an outlook for a successor light soutce for BESSY II (2028+).
Themes HZB organisational units:
- 3rd generation light source BESSY II
- From BESSY II to BESSY VSR
- Operate cryogenic and RF infrastructure of the 3rd generation light source BESSY II
- Design, upgrade of beamlines and spectrometers
- Wavevector and energy resolved RIXS
- Upgrade existing devices and develop new devices
- Basic phenomena for a future spintronics
- Operating and continuously upgrading instruments
- Two endstations (diffraction and EXAFS)
- Operation of the HZB-MX beamlines, user support in the BioLab
- In-depth materials research
- Near-surface zone research activities
- Investigate electronic structure
- Coherent x-rays for nanoscience
- Access and Service for Users
- Further improvement of the 3rd generation synchrotron radiation light source
- Realisation of concepts for instrumentation and accelerator technology
- Scientific and technical expertise on a variety of topics
- Basis for widely unified procedures and equipment
- Technical infrastructure
- Experiment Control, Data Acquisition
- Networks & Storage